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CE30 3D obstacle-avoidance LiDAR
Integrated Metal Surface, IP65 Enclosure Rating
- Mass Production
- Large FOV
- Wide Detection Range for Obstacle Avoidance
- Cost Effective
- 3D Scanning with Point-Cloud Data
- Global Application
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CE30Enabling Unimpeded Driving
Mechanical single channel LiDAR is pretty common in our life, but two problems cannot be neglected - short life span and high price, due to the rotating measurement design.
Benewake launched CE30, a solid-state LiDAR with large FOV. It could simultaneously output grey and depth information within 132° horizontal FOV and 9° vertical FOV. Meanwhile no mechanical rotating component brings higher reliability and stability.
Based on the optimized obstacle avoidance mode, the region of interest (ROI) can be customized to focus on the obstacle information in the ROI and enable unimpeded driving. It can be applied in the general vehicle field, including Automated Guided Vehicle (AGV, such as intelligent warehouse vehicle), autopilot cars and industrial automation, etc.-
Smaller Blind Zone
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High Refresh Rate
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Highly Protective
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Outdoor Use
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Anti-Crosstalk Method
Integrated multi-machine interference determination and obstacle-avoidance algorithm to reduce the possibility of crosstalk.
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Solid State for High Stability and Reliability
Solid-state design, no mechanical rotating component, great service life, high stability and reliability; small size, easy to integrate.
compact structural design, embedded in the robot. -
APPLICATIONS
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Industrial Robot
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Detection of Abnormal Item
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Industrial Robot
Solid state LiDAR design,TOF laser ranging measurement module and some other product form could be applied in the industrial environment,customized solution could be provided by the features of customized point cloud data output model,centimeter level high accurate distance measurement and so on.
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Detection of Abnormal Item
Benewake Solid-state Array LiDAR in ITS can ensure traffic safety and improve the efficiency of control systems by providing high accuracy detection results in real time.